Microwave Power Engineering. Applications

Content: 
ELECTRICAL SCIENCE: A Series of Monographs and Texts, Page ii
Front Matter, Page iii
Copyright, Page iv
LIST OF CONTRIBUTORS, Pages v-vi
PREFACE, Pages vii-viii, ERNEST C. OKRESS
CONTENTS OF VOLUME 1: GENERATION, TRANSMISSION, RECTIFICATION, Pages xvi-xvii
5.1.1 - INTRODUCTION, Pages 1-5, Robert V. Decareau, Paul W. Crapuchettes
5.1.2 - OVENS, Pages 6-27, David A. Copson, Robert V. Decareau
5.1.3 - ENERGY CONVERSION IN CLOSED MICROWAVE CAVITIES, Pages 28-37, C. Robert James, Wayne R. Tinga, W.A. Geoffrey Voss
5.1.4 - FREEZE DRYING, Pages 38-64, W.N. Parker
5.1.5 - FINISH DRYING OF POTATO CHIPS, Pages 65-73, John P. O'Meara
5.1.6 - THAWING OF FROZEN FOOD, Pages 74-79, Robert V. Decareau
5.1.7 - HEATING OF PRECOOKED FOOD, Pages 80-83, Robert V. Decareau
5.1.8 - COOKING AND BAKING OF FOOD, Pages 84-95, Robert V. Decareau
5.1.9 - CONDITIONING OF FLOUR, Pages 96-97, David A. Copson
5.1.10 - STERILIZATION, Pages 98-100, Robert V. Decareau
5.1.11 - DESTRUCTION OF DRY ROT FUNGUS IN WOOD AND BRICK, Pages 101-104, Alexander Watson
5.1.12 - DESTRUCTION OF WOODWORM IN TIMBER, Pages 105-107, Alexander Watson
5.1.13 - CURING OF CONCRETE, Pages 108-110, Alexander Watson
5.1.14 - BREAKING OF CONCRETE, Pages 111-114, Alexander Watson
5.1.15 - SEALING OF PLASTICS, Pages 115-125, Jerome R. White
5.1.16 - TRAVELING WAVE DRYERS, Pages 126-144, Neil I. Heenan
5.1.17 - FOREST PRODUCTS, Pages 145-174, W.A. Geoffrey Voss, Alan E. Supplee
5.1.18 - PROCESSING OF DIELECTRIC SHEETS, Pages 175-188, Norman H. Williams, H.C. Warner
5.1.19 - MATERIALS EVALUATION AND MEASUREMENT TECHNIQUES, Pages 189-199, W.A. Geoffrey Voss, W.R. Tinga
5.1.20 - CONCLUSIONS, Pages 200-212, Robert V. Decareau, Paul W. Crapuchettes
5.2.1 - INTRODUCTION, Pages 213-214, Herman P. Schwan
5.2.2 - RADIATION BIOLOGY, MEDICAL APPLICATIONS, AND RADIATION HAZARDS, Pages 215-234, Herman P. Schwan
5.2.3 - SCIENTIFIC USES, Pages 235-243, Herman P. Schwan, P.O. Vogelhut
5.2.4 - CONCLUSIONS, Page 244, Herman P. Schwan
5.3.1 - INTRODUCTION, Pages 245-248, John S. Burgess
5.3.2 - HIGH POWER TUBES FOR PHASED ARRAY APPLICATIONS, Pages 249-255, Benjamin I. Hill
5.3.3 - AMPLIFIER PER SUBARRAY VERSUS AMPLIFIER PER ELEMENT, Pages 256-260, John C. Toomay
5.3.4 - FOCUSED MICROWAVE ENERGY, Pages 261-267, John S. Burgess
5.3.5 - MICROWAVE-POWERED AEROSPACE VEHICLES, Pages 268-285, William C. Brown
5.3.6 - SYNTHETIC NOISE POWER, Pages 286-292, Raymond S. Berkowitz
5.3.7 - CONCLUSIONS, Pages 293-295, Ernest C. Okress
Introduction to Microwave Electron Accelerators, Pages 296-325, Craig S. Nunan
5.5.1 - INTRODUCTION, Pages 326-328, Ernest C. Okress
5.5.2 - CHEMICAL PROCESSING IN A MICROWAVE DISCHARGE, Pages 329-346, Raymond F. Baddour, Peter H. Dundas
5.5.3 - PLASMA HEATING AND CONFINEMENT—CONTROLLED NUCLEAR FUSION, Pages 347-364, Albert J. Hatch
5.5.4 - MICROWAVE-POWERED PLASMA SPACE PROPULSION, Pages 365-377, Henry G. Kosmahl
5.6.1 - INTRODUCTION, Page 378, Ernest C. Okress
5.6.2 - MICROWAVE MOTORS, Pages 379-388, R.C. Garnier Jr., T. Koryu Ishii
5.6.3 - WAVEGUIDE VEHICLE TRANSPORT, Pages 389-395, Dean N. Arden, John A. Bradshaw, Kenneth E. Mortenson
AUTHOR INDEX, Pages 397-403
SUBJECT INDEX, Pages 404-414